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ADAMSS promotes the use of mathematical modelling, simulation, optimisation, statistical methods and scientific computing in industry, finance, environment, biomedicine, services,etc, by offering professional expertise to public and private stakeholders.

ADAMSS also promotes and encourages training programs, summer schools and workshops, in cooperation with public and private partners.

ADAMSS promotes the exchange of information within its international networks.

2007 Validation Protocol for simulating stochastic events related to electronic games and similar.

2004 Mathematical models for the migration of hydrocarbons

2004 Motion of fluids in porous media

2004 Mathematical models of corrosion of materials

2004 Security Systems (Encryption)

2004 Quality Control (Morphometrics)

2004 Design of Experiments

2004 TITLE: SIZE AND SHAPE IN MEDICINE AND BIOLOGY partners: - University of Heidelberg, Germany - University of Madrid, Spain - University of Nottingham, UK - University of Linz, Austria - University of Aarhus, Denmark.

Direct problems studied:

the spatial-temporal pattern formation, with particular attention to the structures formed in biology:

pattern formation during tumor growth and angiogenesis

study of the morphology control of reactions

Chemical catarrerizzazione of relevant traits for individual HRC (cultures of tubers) and clusters of HRC.

connect differnt approaches to achieve deeper knowledge of the dynamics of tumor growth

development of quantitative mathematical models that can be used by clinicians to combat cancer.

BRIEF DESCRIPTION: The Evolution tumor is a very complex process that takes place at different scales. From a modeling point of view there are three scales of interest in the sub-cellular, cellular and macroscopic one. Mathematical models require a variety of theoretical tools from many disciplines (continuous mechanics, kinetic theory, stochastic processes, system theory, compartmental models, multiphase flow,..).